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High-precision ZC tilt sensors for solar tilt angle tracking
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ZCT215M-LBS-ABUS-E3-4505 is a two-axis high-precision digital (RS485) tilt sensor developed by Shanghai Zhichuan Electronic Technology Co., Ltd.
The product range is ±15°, with aluminum alloy casing and protection class IP67. The highest precision is up to 0.005°. It is widely used in various fields such as Yueyang Church School, Yueyang Tower, Beijing Forbidden City, Dali Three Pagoda, Huai'an Office, Yueyang Ci's Tower, Dangerous House Monitoring, Shanghai Shamei Building, and Communication Tower Inclination Monitoring.
The following is a video of the first installation of a prototype GIMS in the Vipava valley of Slovenia:
GIMS geographic monitoring system uses high-precision ZC tilt sensors.
Each monitoring unit integrates an IMU / MEMS unit, a high-precision tilt sensor and a data collector. The tilt sensor is a dual-axis high-precision digital (RS485) tilt sensor developed and produced by Naokawa Technology (ZCT215M-LBS-ABUS-E3- 4505). The product range is ± 15 °, using an aluminum alloy shell, with an accuracy of up to 0.005 ° and a protection rating of IP67. The ultra-high precision can accurately reflect the slight changes of the structure. The IP67 protection level can adapt to the harsh outdoor environment. Cooperating with the big data analysis and processing of the background server, it can realize its structural safety early warning and effectively predict the trend of its structure.
Due to its high precision and quality, the dual-axis high-precision tilt sensor (ZCT215M-LBS-ABUS-E3-4505) has been used in outdoor high-precision monitoring scenarios such as tower monitoring, bridge safety monitoring, and ancient building structure monitoring , Dangerous building monitoring, etc., the successful application of the GIMS geographic monitoring system in the European Vipava Valley is not only a recognition of the product, but also a supplement to the product application case. Zhichuan will continue its efforts to continuously improve the quality of products, continue to improve the quality of products, and help customers build and test their own monitoring systems.
The GIMS system is part of the Horizon 2020 plan for the European Union (2014-2020) annual investment of 30 billion euros.
The product range is ±15°, with aluminum alloy casing and protection class IP67. The highest precision is up to 0.005°. It is widely used in various fields such as Yueyang Church School, Yueyang Tower, Beijing Forbidden City, Dali Three Pagoda, Huai'an Office, Yueyang Ci's Tower, Dangerous House Monitoring, Shanghai Shamei Building, and Communication Tower Inclination Monitoring.
The following is a video of the first installation of a prototype GIMS in the Vipava valley of Slovenia:
GIMS geographic monitoring system uses high-precision ZC tilt sensors.
Each monitoring unit integrates an IMU / MEMS unit, a high-precision tilt sensor and a data collector. The tilt sensor is a dual-axis high-precision digital (RS485) tilt sensor developed and produced by Naokawa Technology (ZCT215M-LBS-ABUS-E3- 4505). The product range is ± 15 °, using an aluminum alloy shell, with an accuracy of up to 0.005 ° and a protection rating of IP67. The ultra-high precision can accurately reflect the slight changes of the structure. The IP67 protection level can adapt to the harsh outdoor environment. Cooperating with the big data analysis and processing of the background server, it can realize its structural safety early warning and effectively predict the trend of its structure.
Due to its high precision and quality, the dual-axis high-precision tilt sensor (ZCT215M-LBS-ABUS-E3-4505) has been used in outdoor high-precision monitoring scenarios such as tower monitoring, bridge safety monitoring, and ancient building structure monitoring , Dangerous building monitoring, etc., the successful application of the GIMS geographic monitoring system in the European Vipava Valley is not only a recognition of the product, but also a supplement to the product application case. Zhichuan will continue its efforts to continuously improve the quality of products, continue to improve the quality of products, and help customers build and test their own monitoring systems.
The GIMS system is part of the Horizon 2020 plan for the European Union (2014-2020) annual investment of 30 billion euros.
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